Spencer Kellis

This study shows that neural subspaces for imagined movements in the parietal cortex remain stable over several years in humans, improving the long-term reliability of brain-machine interfaces.

This study investigates how single neurons in the human posterior parietal cortex represent numeric values and decision variables during a complex economic game.

This study investigates how vision modulates S1 activity during tactile stimulation and shows that S1 represents both arm and finger touches, with stronger encoding for arm touches.

This study decodes grasp and speech signals from high-level cortical areas in a tetraplegic human, showing that SMG and PMv can decode grasp intentions, while SMG also encodes speech.

The paper shows that single units in human primary somatosensory cortex encode imagined reaches related to limb positions during a cognitive motor task.

This paper introduces a deep multi-state DRNN for BMIs that outperforms existing methods using wavelet-based features on single- and multi-day data.